Your chart must include labeling of all the corresponding muscles in the kinetic chain. In the above optimization model, f is the vector of n(M) unknown muscle forces, f (Ml and joint reactions,f (R); d is the right side consisting of external forces, inertial forces and passive elasticity of the body's tissues, C is the correlation matrix i) What is the relationships between forward and inverse kinematics with the above optimization model. ii) Consider the traditional wheelchair shown in fig. Also imply the results of the above optimization model from the wheelchair perspective in detail.
How do they match up with inverse kinematics? ii) Write the mathematical representation of the term !J;,(x). To make things smarter, part of the kitchen floor was sloped, increasing the risk of slipping. In some parts of the kitchen, such as in the dishwashing area, safety mats were placed on the floor, but even these were slippery to walk on, especially when wet.
Cleaners had removed these rugs by the time of the worker's accident, leaving her to walk on the slick tile floor, which quickly became contaminated with food waste, water and oily residue. What are the types of loss control techniques practiced at Hcddon Street Kitchen. iv) Fill in the OSHA 300 form given at the end of the question paper properly, considering the case of the injured worker in the above case. The building is expected to house an RMG factory in several floors and the head office of the same RMG company in two consecutive floors.
The top view of the plot on which the building will be built is shown in fig.
IPE 407
IrE '101
- RC WALLS
Occupant load is calculated taking into account a minimum of 2.3 m2 per occupant for existing RMG buildings. Work-related injuries e5 and conditions that meet any of the specific recording criteria listed in 29CFRP Part 904.8. BANGLADESH UNIVERSITY OF ENGINEERING AND TECHNOLOGY, DHAKA L-4I1'-J B. Figures in margin indicate full marks.
USE SEPARATE SCRIPTS FOR EACH SECTION SECTION -A. There are FOUR questions in this section. a) The M6 bayonet is the bayonet used by the US Army for the MJ4 rifle. Like its predecessor, the M5 bayonet for the M I Garand rifle, the M6 was intended for the additional role of a combat knife and utility knife. The first version is made of sheet metal, while the second is made of cast iron.
One end of the band is attached to a pivot point on the handle and the other end to a pin 100 mm from the pivot point. If the operating force applied at 500 mm from the fulcrum and the coefficient of friction is 0.25, find the operating force when the drum rotates in. The bearing pressure between the pin and the handle can be taken as 8 N/mm2. b) Determine the main dimensions of a cone clutch covered with leather to carry 30 kW at 750 r.p.m. from an electric motor to an air compressor. image of the coupling and state the main dimensions on the sketch. d where d is the diameter of the shaft; permissible normal pressure for leather and cast iron.
If the operating temperature is 60 °C and SAE 20 lubricating oil is used, for minimum clearance. i) Size and position of minimum oil film thickness. iii). Allowable wear without loss of function is 0.125 mm. of revolutions for radial wear of 0.125 mm. d). The gear has a left helix angle of 30°, a normal pressure angle of 20° and a normal modulus of 2.5 mm. i) Normal, transverse and axial circular steps. ii).
Transverse diametral pitch and transverse pressure angle. iii) Addendum, dedendum and pitch diameter of each gear. The pinion and gear are hardened steel, both having core and case hardness of 180 Brinell. Find the power rating based on the resistance of the AGMA pits if the life goal is 109 pole revolutions at.
There are FOUR questions in this section. a) Classify the flexible manufacturing system (FMS) based on its flexibility level. 34;Hollier Method 2" and create the flowchart for the data showing where and how many components enter and leave the system.
IPE 419
SECTION -B
Below you will find the AGV layout for the production system. i) Find the loaded travel distance for the classification mentioned above. ii). The constant speed of AGV is 10 m/min and the loading time at the loading station is 1 minute and the unloading time at the unloading station is 0.75 minutes. For the following assessment matrix at level 1 of an AHP analysis, find out whether the matrix is acceptable or consistent in assignment.
Seatech maintains a safety stock of 40% of the average demand during the delivery period, and applies annual inventory costs of 20% of the value of the stock. They are considering different transportation modes to transport chips from Bangkok to the factory in Taiwan. A minimum of one box (size I x I x I cft) per order must be transported for delivery.
IPE 451
One of the best-selling SKUs in the container group in the museum's gift shop is a bird feeder. Annual holding costs are 25 percent of a feeder's value, and the museum operates 52 weeks a year. Now suppose the mean demand is 18 units per week with a standard deviation of 5 units.
For each model ordered and delivered on the same truck, an additional fixed cost of $1,000 per unit is incurred. model for receiving and storage. Product managers have decided to order jointly, but to be selective in terms of which models they include. It is considering introducing a new printer and must decide whether to offer it in retail stores or the online channel.
The weekly demand for the printer at each store is projected to be normally distributed with a mean of 100 and a standard deviation of 80. The company has also projected that the demand in the online channel will be the sum of the demand at all 100 stores. The supplier will take four weeks to fulfill a replenishment order, whether placed separately from each store or from DC online.
How much security inventory will Magazine Luiza carry if the printer is in all 100 stores? How much safety inventory will Magazine Luiza carry? The printer is sold online and the demand in stores is independent.